HuaDong&HuaBei District
HuaDong&HuaBei District
XiNan&XiBei District
XiNan&XiBei District
Other
Other

MICROWAVE ANALOG SIGNAL GENERATOR

Product
MICROWAVE ANALOG SIGNAL GENERATOR SOLUTION
01 SLFS Series Multi-Channel Signal Generator
    • Frequency range: 9 kHz~12/24/40/45/67 GHz
    • 1~8 independently configurable RF output channels (Scalable)
    • Strict multi-channel phase coherence with independently tunable inter-channel phase
    • Inter-channel phase drift < 1°over 24 hours
    • Excellent phase noise: < -127 dBc/Hz (@1 GHz, 1 kHz offset,typ.)
    • Supports narrow pulse modulation
    • Frequency and power can be controlled independently or linked
    • Supports two-tone signal output
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02 SLFS-Pro Series Ultra-Low Phase Noise Microwave Analog Signal Generato
    • Frequency range: 5kHz~12/24/40/45/67 GHz
    • Maximum output power: ≥ +18 dBm (@40 GHz,typ.)
    • SSB phase noise: < -132 dBc/Hz (@10 GHz, 10 kHz offset,typ.)
    • Harmonic suppression: ≤ -75 dBc (@ 200 MHz~30 GHz)
    • Non-harmonic suppression: < -80 dBc(@10GHz,typ.)
    • Supports multi-channel coherent output
    • Supports two-tone signal output
    • Implementation of remote control via SCPl commands
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03 Multi-Channel Phase-Coherent Signal Generator
    • Frequency range:2-18GHz
    • 5 RF output channels which can operate individually

    • Phase coherent among every channel

    • Channel to channel relative phase drift ( 24h) ≤±1°

    • Low phase noise, high output power
    • Narrow pulse modulation
    • Fast frequency switching time
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04 SLFS-A Series Microwave Analog Signal Generator
    • Balance budget & performance to applications
    • Maximum output power: ≥+15dBm
    • Phase noise<-115dBc/Hz(10GHz,10kHz offset)
    • Narrow pulse modulation, minimum pulse width 50ns

    • Rise/fall time 10ns

    • Compact, light weight

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05 SLFS-D Series Dual Channel Microwave signal Generator
  • 1. Dual channel,thin, light, and small; doesn’t take much space 
  • 2. 88mm high X 320mm wide X 400mm long (2U height) 
  •  3. Low phase noise, high power output 
  •  4. Low spur, high signal quality 
  • 5. Wide frequency cover, narrow pulse modulation
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